Question

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Answer

(a) -2 (Right Atrium), (b)-5 (Left Atrium), (c)-1 (Left Ventricle), (d) -4 (Tricuspid Valve), (e) -3 (Right Ventricle)

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Column IColumn II
(i) Exosmosis(a) The process by which roots absorb water from the soil.
(ii) Osmosis(b) The concentration of the solution when lower than that of the cell sap.
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(iv) Hypotonic solution (d) The shrinkage of protoplasm when the cell is kept in a hypertonic solution
 (e) The exit or flow of water from the cell to the outer environment.
Column IColumn II
(i) Acrosome(a) Oestrogen
(ii) Ovulation(b) Male gamete
(iii) Sperm(c) Stoppage of menstrual cycle
(iv) Menopause(d) Spermatozoa
 (e) Testosterone
Column IColumn II
 (i) Offspring (a) Law of segregation
 (ii) Phenotype (b) External appearance
 (iii) Purity of gametes (c) Progeny produced due to                         reproduction
 (iv) Unit factor (d) Only one character
  (e) Gene
Column IColumn II 
(i) Pituitary (a) Increases rate of metabolism.
(ii) Ovaries (b) Development of a normal, healthy immune system.
(iii) Thyroid (c) Heterocrine gland
(iv) Thymus (d) Produces female sex characteristics.
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Column AColumn B
1. Diffusion(a) Xylem
2. Semipermeable(b) Osmosis
3. Diffusion of water(c) Mixing of molecules
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List-IList-II
(i) Stress hormone(a) Cortisol
(ii) Emergency hormone(b) Adrenaline
(iii) Binding hormone(c) Oxytocin
(iv) Master gland(d) Pituitary
 
Column IColumn II
(i) Implantation(a) Testosterone
(ii) Fertilisation(b) Vasectomy
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(iv) Leydig cells(d) Uterus
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Column I Column II
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(iii) Cytokinin phototropism(c) Regulates apical dominance and
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